Smart Fine Particle Collector (SFPC) for collecting microplastics in drinking water －Features of SFPC and basic performance with Collection-Cup method－
Category No. PYT-043E
Technical Info
Technical Note
Smart Fine Particle Collector (SFPC) for collecting microplastics in drinking water －Features of SFPC and basic performance with Collection-Cup method－
Quantitative analysis of airborne microplastics by pyrolysis-GC/MS Part 3: Determination of polymer components
Category No. PYA1-185E
Quantitative analysis of airborne microplastics by pyrolysis-GC/MS Part 2: Identification of volatiles and polymers by double-shot method
Category No. PYA1-184E
Quantitative analysis of airborne microplastics by pyrolysis-GC/MS Part 1: Preliminary study by evolved gas analysis (EGA)-MS
Category No. PYA3-050E
Composition analysis of coal tar by thermal desorption GC/MS Part 2: Thermal desorption (TD)-GC/MS
Category No. PYA1-183E
Composition analysis of coal tar by thermal desorption GC/MS Part 1: Evolved gas analysis (EGA)-MS
Category No. PYA1-182E
Usefulness of backflush combined with Smart Pre-Column in pyrolysis-GC/MS measurements
Category No. PYA1-181E
Food packagingadditives libraryand its features
Category No. PYT-042E
Oligomer pyrolyzates of multicomponent acrylate ester copolymers and monomer composition ratios Part 2: Determination of monomer composition ratio using relative intensity of trimer peak
Category No. PYA1-180E
Oligomer pyrolyzates of multicomponent acrylate ester copolymers and monomer composition ratios Part 1: Identification of oligomers using TOFMS and structural analysis software
Category No. PYA1-179E
Determination of monomer compositions of acrylic pressure-sensitive adhesives by pyrolysis GC/MS
Category No. PYA1-178E
Analysis of gases evolved during the molding process of polyethersulfone (PES) and identification of unknown peaks using a time-of-flight mass spectrometer Part 3: Analysis of unknown peak by TD-GC/TOFMS
Category No. PYA1-177E
Analysis of gases evolved during the molding process of polyethersulfone (PES) and identification of unknown peaks using a time-of-flight mass spectrometer Part 2: Thermal desorption (TD)-GC/QMS
Category No. PYA1-176E
Analysis of gases evolved during the molding process of polyethersulfone (PES) and identification of unknown peaks using a time-of-flight mass spectrometer Part 1: Evolved gas analysis (EGA)-MS
Category No. PYA3-049E
Development of rod-shaped grinding media for cryogenic mill Part 2: Grinding ability depending on grinding media materials
Category No. PYT-041E
Development of F-splitless thermal desorption-GC/MS for automated continuous measurements of trace compounds in polymer by splitless injection Part 2: Quantitative analysis of a trace additive in polystyrene
Category No. PYA1-175E
Development of F-splitless thermal desorption-GC/MS for automated continuous measurements of trace compounds in polymer by splitless injection Part 1: Recovery rates of a thermally desorbed component
Category No. PYA1-174E
Compositional Analysis of NBR by pyrolysis GC/MS Part 2: Analysis of constituents and monomer compositions by pyrolysis GC/MS
Category No. PYA1-173E
Compositional Analysis of NBR by pyrolysis GC/MS Part 1: Fundamental investigation by Evolved Gas Analysis
Category No. PYA3-048E
Differentiation of adhesive tapes for packaging using Pyrolysis-GC/MS
Category No. PYA1-172E